Why CNC SHOOTING ALUMINUM PARTS has high reliability？

In modern manufacturing, CNC (computer numerical control) processing technology has become an important tool for producing high-precision and high-quality parts. Especially in the processing of aluminum alloy parts, CNC shooting technology has shown unparalleled high reliability.

1. CNC shooting technology is based on advanced computer numerical control systems, which ensures precise control of the processing process. Compared with traditional mechanical processing methods, CNC systems can monitor various parameters in the processing process in real time, such as cutting speed, feed rate, cutting depth, etc., and automatically adjust them as needed. This precise control ensures the dimensional accuracy and surface quality of aluminum alloy parts, thereby improving the reliability of parts.

2. CNC shooting technology uses high-quality tools and cutting fluids. Aluminum alloy, as a lightweight and easy-to-cut material, has high requirements for tools and cutting fluids. High-quality tools have better wear resistance and cutting performance, and can maintain stable cutting effects for a long time, while high-quality cutting fluids can effectively reduce cutting temperatures, reduce tool wear and part deformation, and further improve the reliability of processing.

3. CNC shooting technology also focuses on the stability of the processing process. By optimizing the processing path, adjusting the cutting parameters and adopting advanced fixture design, CNC shooting technology can ensure the stability and safety of parts during the processing. This stability not only reduces the error and scrap rate during the processing, but also improves the processing efficiency, making the production of aluminum alloy parts more reliable.

4. CNC shooting technology also has a high degree of automation. During the entire processing process, almost no human intervention is required, thereby reducing the impact of human factors on processing quality. This high degree of automation not only improves production efficiency, but also reduces production costs, making the production of aluminum alloy parts more reliable and economical.